Transducer Designed Using FEA Reduces Energy
Losses by 80%
Using Finite Element Analysis (FEA) to
optimize the design of their Magnum™ ultrasonic transducer, Dukane
has reduced conversion losses by 80% thus greatly increasing the
usable power. The transducer is the heart of an ultrasonic system.
It converts an electrical input signal into ultrasonic vibrations.
By locating the transducer axial node at the mounting area, the
power lost to the mount is greatly reduced. Then, by analyzing the
dynamic stress, Dukane was able to increase the safety margin. The
Magnum™ has a much higher safety factor than other probes allowing
it to tolerate abusive conditions for greater reliability.
The patented Crush Foil Technology reduces acoustic losses between
the transducer crystals to deliver maximum power to the work load.
The mounting has been redesigned to improve heat dissipation. The
front slug is keyed for positive alignment, unlike competitors which
use anti–rotation pins that are prone to break or fall out. The
Magnum™ transducer is rated to cover the entire power range up to
3,000 Watts at 20kHz. The transducer works with all Dukane Press
Systems. They will also fit earlier Dukane Press Systems. The
transducers are designed, manufactured and assembled in the United
States and come with a 3-year North America Warranty.
Dukane Corporation is a leading international
supplier of spin, laser, ultrasonic, vibration, hot plate welders, heat staking presses, tooling and software for both OEM and the
commercial plastic assembly markets. Dukane is an ISO 9001:2000
certified manufacturer. For more information on the new Magnum™
Transducer, and Dukane's complete line of plastic assembly
solutions, contact Mike Johnston, National Sales and Marketing
Manager at (630) 797–4902 or visit their web site at www.dukane.com/us
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